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Conductivities of zinc oxide by finite block spins

机译:有限嵌段自旋氧化锌的电导率

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摘要

In the current work, we have demonstrated the phase of ZnO by reference to block theory, in which the phase may be considered to show a paramagnetic ordering between block spins, which in turn comprise random spins that have a majority of individual spins in a given direction. By making use of the Curie-Weiss law of block spins for zinc oxide, we obtained the susceptibility for the lower approximation of the Brillouin function and calculated the resistivity. The resistivity of ZnO mainly stems from spin glass -like disorders according to our analysis.
机译:在当前的工作中,我们已经参考块理论证明了ZnO的相,在该相中,可以认为该相显示了块自旋之间的顺磁排序,而块自旋又包括随机自旋,该随机自旋在给定的条件下具有大多数单个自旋方向。利用氧化锌嵌段自旋的居里-魏斯定律,我们得到了布里渊函数较低近似的敏感性,并计算了电阻率。根据我们的分析,ZnO的电阻率主要源于类似自旋玻璃的异常。

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